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DataSnap Impact Curriculum Lesson topics: 1. Distance and Time 2. Speed and Velocity 3. Acceleration and Gravity 4. Forces and Newton's Laws 5. Engineering Challenge - Protect the Astronaut Teaching hours: 4-7 Includes: Presentation slides, student activities, and assessment tools Aligns to: NGSS, ISTE, and ITEEA DataSnap Impact Curriculum Overview
DataSnap™ Impact STEM Lab
$1,999.00
Say goodbye to broken eggs and messy cleanup! The DataSnap Impact STEM Lab offers a clean, repeatable way to explore impact forces and engineering design. This hands-on lab engages students in rapid iteration cycles, encouraging creativity, testing, and design thinking through impact experiments. Students collect real-time velocity, acceleration, and force data using included motion sensors, then analyze results to improve their designs.
Contents
- 30 Impact Ships
- 30 Exosuits
- 1,000 rubber bands
- 2 DataSnap Motion Sensors with charging case
- Downloadable DataSnap Impact Curriculum, Advanced DataSnap Projectile Curriculum, poster, and student engineering workbook
- 1-year warranty
Curriculum
Advanced DataSnap Impact Curriculum Lesson topics: 1. Distance, Time, and Velocity 2. Gravitational Acceleration 3. Acceleration and Human Limits 4. Engineering Challenge – Protect the Astronaut 5. Forces, Newton's Laws, and Inertia 6. Impact Forces 7. Parachute Dynamics 8. Engineering Challenge – Egg Impact Safety Teaching hours: 6-11 Includes: Presentation slides, student activities, and assessment tools Aligns to: NGSS, ISTE, and ITEEA Advanced DataSnap Impact Curriculum OverviewDataSnap Impact Curriculum Lesson topics: 1. Distance and Time 2. Speed and Velocity 3. Acceleration and Gravity 4. Forces and Newton's Laws 5. Engineering Challenge - Protect the Astronaut Teaching hours: 4-7 Includes: Presentation slides, student activities, and assessment tools Aligns to: NGSS, ISTE, and ITEEA DataSnap Impact Curriculum Overview
Features
- Mess-free impact testing — no broken eggs, no cleanup
- Rapid iteration cycles promote engagement and design thinking
- Real-world data collection with included motion sensors and free web app
- Differentiated curriculum for conceptual and math-enriched learning
- Durable, reusable components for repeated classroom use
- Aligns with NGSS, ISTE, and ITEEA engineering standards
FAQs
What grade levels is this lab designed for? This lab is ideal for middle and high school students exploring physics and engineering concepts. How does this lab differ from a traditional egg drop challenge? It incorporates re-usable building platforms and real-world data collection and analysis using DataSnap Motion Sensors and a free web app, making it a modern, STEM-focused experience that allows students to rapidly iterate. What concepts will students learn? Students learn force and motion, engineering process, data analysis, and iterative design. How many students can use this kit at once? This kit is designed for up to 30 students working individually or can support up to 10 teams of three. Is teacher training or support included? Yes, the kit includes two curricula (one more conceptual and the other involving more advanced math) and printable student engineering workbooks for easy implementation. What technology is included? DataSnap Motion Sensors and the free web app that accompanies them are used for real-world data collection and analysis. The motion sensor connect to the app via Bluetooth technology. The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by RealityWorks, Inc. associated products is under license. How many labs would you recommend for a 20-student classroom? We recommend one lab for a 20-student classroom.What other program support do you provide?
We offer free webinars, blogs, and classroom resources to help your program succeed. How does this DataSnap STEM Lab compare to your other DataSnap STEM Labs? You can find a detailed comparison of the DataSnap Stem Labs in this chart. DataSnap Comparison ChartSpecs
DataSnap System Requirements Hardware- Device with 4 GB RAM or greater recommended
- Bluetooth Low Energy (BLE) 4.0 or higher
- Stable internet connection (1 Mbps or higher)
- Google Chrome or Microsoft Edge (latest versions recommended)
- Windows, macOS, Android, Chromebook
- Mobile browsers on IOS and any non-chromium based browsers on Windows, MacOS and Android